A Compound Contains 4.07 Hydrogen? The 194 Correct Answer

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A compound contains 4.07% hydrogen, 24.27% carbon and 71.65% chlorine. Its molar mass is 98.96g.

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What is the empirical formula of hydrogen carbon and chlorine?

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The empirical formula of a compound containing carbon, hydrogen, and chlorine is C2HCl.

What does carbon hydrogen and chlorine make?

Chlorinated hydrocarbons are chemicals made up of the elements carbon (C) and hydrogen (H) at the combine for the ‘hydrocarbon’ part of the molecule, and chlorine atoms (Cl) substituted for hydrogen where a hydrogen atom was normally bonded to a carbon atom.

What is the empirical formula of the hydrocarbon?

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So, the empirical formula CH4=C:H=1:4.

What is the formula for hydrogen and carbon?

For example, carbon and hydrogen atoms share electrons to form covalent bonds in methane, CH4. Rules about combining power are still obeyed when carbon and hydrogen atoms combine to form ethane, C2H6.

How many moles of hydrogen is 4.07 g?

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Moles of hydrogen = `(4.07g)/(1.008gmol^(-1))=4.04`
Moles of carbon = `(24.27g)/(12.01gmol^(-1))=2.021`
Moles of chlorine = `(71.65g)/(35.453mol^(-1))=2.021`
Step 3 : Divide the mole value obtained above by the smallest number : Since 2.021 is smallest value, division by it gives a ratio of 2:1:1 …

What is H4C2CL2?

(1+1+12+35.5) = 49.5. = 90.96/49.5. = 1.8 = 2. Then the molecular formula will be, (H2CCL) =H4C2CL2. Therefore the molecular formula is C2H4CL2 then it can be namedd as Dichloroethane.

How do I calculate molecular mass?

Find the atomic mass for each element using the mass shown in the Periodic Table or Atomic Weight Table. Multiply the subscript (number of atoms) times that element’s atomic mass and add the masses of all the elements in the molecule to obtain the molecular mass.

How do you find the molecular formula?

Divide the molar mass of the compound by the empirical formula mass. The result should be a whole number or very close to a whole number. Multiply all the subscripts in the empirical formula by the whole number found in step 2. The result is the molecular formula.

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What is the formula for carbon hydrogen and chlorine?

Question: The empirical formula of a compound containing carbon, hydrogen, and chlorine is C2 HCl. The molar mass of this compound is 120.98 g/mol.

What is the molecular formula of a compound containing 24.27 Carbon 4.07 hydrogen and 71.65 chlorine?

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Therefore the molecular formula is C2H4CL2 then it can be namedd as Dichloroethane. Q. A compound 4.07% hydrogen, 24.27% carbon and 71.65% chlorine. Its molar mass is 98.96 g.

What is the empirical formula of a compound that is 92.3% carbon and 7.7% hydrogen?

A hydrocarbon contains 92.3% by mass of carbon and 7.7% by mass of hydrogen. The empirical formula of the compound will be oose answer: CH CH5 CH CH3. Was this answer helpful?

How many moles of hydrogen is 4.07 g?


Moles of hydrogen = `(4.07g)/(1.008gmol^(-1))=4.04`
Moles of carbon = `(24.27g)/(12.01gmol^(-1))=2.021`
Moles of chlorine = `(71.65g)/(35.453mol^(-1))=2.021`
Step 3 : Divide the mole value obtained above by the smallest number : Since 2.021 is smallest value, division by it gives a ratio of 2:1:1 …

What is the empirical formula of a compound composed of 14.4 hydrogen and 85.6 Carbon?

Empirical formula Compound Molecular formula
CH2 (85.6% C; 14.4% H) cyclohexane C6H12
CH2O (40.0% C; 6.7% H; 53.3% O) formaldehyde CH2O
acetic acid C2H4O
glyceraldehyde C3H6O3
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What is the empirical formula of hydrogen carbon and chlorine?

The empirical formula of a compound containing carbon, hydrogen, and chlorine is C2HCl.

What is H4C2Cl2?

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the molecular formula is (EF)n=MF. (1+1+12+35.5)=49.5……98.96/49.5=2 n=2. (H2CCl)2=H4C2Cl2. therefore the molecular formula is C2H4Cl2 (dichloroethane)

References:

A compound contains 4.07 % hydrogen, 24.27 % Carbon and …

A compound contains 4.07% hydrogen, 24.27% Carbon and …

A compound contains 4.07 | Chemistry Questions – Toppr Ask

A compound contains 4.07 | Chemistry Questions

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